Crystal system |
tetragonal |
Space group number |
122 |
Hermann-Mauguin |
I-42d |
Hall |
I -4 2bw |
Point group |
-42m |
Normalized formula |
MnS2 |
The number of formula units per unit cell |
4 |
The total number of atoms per unit cell |
12 |
The number of inequivalent sites per unit cell |
2 |
Structure search |
MP |
a (Å) |
5.4396 |
b (Å) |
5.4396 |
c (Å) |
9.5284 |
α (deg.) |
90.000 |
β (deg.) |
90.000 |
γ (deg.) |
90.000 |
Volume (Å3) |
281.934 |
Density (g/cm3) |
2.805 |
DFT calculations (details) | |
---|---|
Formation energy (vs. elemental phases) |
-259.6 meV/atom |
Formation energy above hull |
308.6 meV/atom |
Compounds with the same formula: MnS2 |
6 entries found |
Compounds with the same elements: Mn-S |
12 entries found |
DFT calculations (details) | |
---|---|
Magnetic ordering |
Ferromagnetic |
Total magnetic moment |
0.01 μB/cell |
Averaged magnetic moment |
0.00 μB/atom |
Magnetic polarization, Js = μ0Ms |
0.00 T (= 0.0 emu/cm3) |
LMTO-GF calculations (details) | |
---|---|
Curie temperature, TC |
|
DFT calculations (details) | |
---|---|
Magnetic easy axis |
|
Magnetic hardness parameter, κ |
|
index | species | w | x | y | z | m (μB) | Esoc100 (meV) | Esoc001 (meV) |
---|---|---|---|---|---|---|---|---|
1 | Mn | 4a | 0.500000 | 0.000000 | 0.750000 | -0.00 | . | . |
2 | Mn | 4a | 0.000000 | 0.000000 | 0.000000 | 0.00 | . | . |
3 | Mn | 4a | 0.000000 | 0.500000 | 0.250000 | -0.00 | . | . |
4 | Mn | 4a | 0.500000 | 0.500000 | 0.500000 | -0.00 | . | . |
5 | S | 8d | 0.303862 | 0.250000 | 0.625000 | 0.00 | . | . |
6 | S | 8d | 0.750000 | 0.196138 | 0.875000 | 0.00 | . | . |
7 | S | 8d | 0.696138 | 0.750000 | 0.625000 | 0.00 | . | . |
8 | S | 8d | 0.250000 | 0.803862 | 0.875000 | 0.00 | . | . |
9 | S | 8d | 0.803862 | 0.750000 | 0.125000 | 0.00 | . | . |
10 | S | 8d | 0.250000 | 0.696138 | 0.375000 | 0.00 | . | . |
11 | S | 8d | 0.196138 | 0.250000 | 0.125000 | 0.00 | . | . |
12 | S | 8d | 0.750000 | 0.303862 | 0.375000 | 0.00 | . | . |
site i | site j | distance (Å) | Jij (meV) | ||||
---|---|---|---|---|---|---|---|
1 | Mn | 4a | 2 | Mn | 4a | 3.62 | . |
1 | Mn | 4a | 3 | Mn | 4a | 6.12 | . |
1 | Mn | 4a | 4 | Mn | 4a | 3.62 | . |
1 | Mn | 4a | 5 | S | 8d | 2.10 | . |
1 | Mn | 4a | 6 | S | 8d | 2.10 | . |
1 | Mn | 4a | 7 | S | 8d | 2.10 | . |
1 | Mn | 4a | 8 | S | 8d | 2.10 | . |
1 | Mn | 4a | 9 | S | 8d | 4.17 | . |
1 | Mn | 4a | 10 | S | 8d | 4.17 | . |
1 | Mn | 4a | 11 | S | 8d | 4.17 | . |
1 | Mn | 4a | 12 | S | 8d | 4.17 | . |
2 | Mn | 4a | 3 | Mn | 4a | 3.62 | . |
2 | Mn | 4a | 4 | Mn | 4a | 6.12 | . |
2 | Mn | 4a | 5 | S | 8d | 4.17 | . |
2 | Mn | 4a | 6 | S | 8d | 2.10 | . |
2 | Mn | 4a | 7 | S | 8d | 4.17 | . |
2 | Mn | 4a | 8 | S | 8d | 2.10 | . |
2 | Mn | 4a | 9 | S | 8d | 2.10 | . |
2 | Mn | 4a | 10 | S | 8d | 4.17 | . |
2 | Mn | 4a | 11 | S | 8d | 2.10 | . |
2 | Mn | 4a | 12 | S | 8d | 4.17 | . |
3 | Mn | 4a | 4 | Mn | 4a | 3.62 | . |
3 | Mn | 4a | 5 | S | 8d | 4.17 | . |
3 | Mn | 4a | 6 | S | 8d | 4.17 | . |
3 | Mn | 4a | 7 | S | 8d | 4.17 | . |
3 | Mn | 4a | 8 | S | 8d | 4.17 | . |
3 | Mn | 4a | 9 | S | 8d | 2.10 | . |
3 | Mn | 4a | 10 | S | 8d | 2.10 | . |
3 | Mn | 4a | 11 | S | 8d | 2.10 | . |
3 | Mn | 4a | 12 | S | 8d | 2.10 | . |
4 | Mn | 4a | 5 | S | 8d | 2.10 | . |
4 | Mn | 4a | 6 | S | 8d | 4.17 | . |
4 | Mn | 4a | 7 | S | 8d | 2.10 | . |
4 | Mn | 4a | 8 | S | 8d | 4.17 | . |
4 | Mn | 4a | 9 | S | 8d | 4.17 | . |
4 | Mn | 4a | 10 | S | 8d | 2.10 | . |
4 | Mn | 4a | 11 | S | 8d | 4.17 | . |
4 | Mn | 4a | 12 | S | 8d | 2.10 | . |
5 | S | 8d | 6 | S | 8d | 3.41 | . |
5 | S | 8d | 7 | S | 8d | 3.46 | . |
5 | S | 8d | 8 | S | 8d | 3.41 | . |
5 | S | 8d | 9 | S | 8d | 6.12 | . |
5 | S | 8d | 10 | S | 8d | 3.41 | . |
5 | S | 8d | 11 | S | 8d | 4.80 | . |
5 | S | 8d | 12 | S | 8d | 3.41 | . |
6 | S | 8d | 7 | S | 8d | 3.41 | . |
6 | S | 8d | 8 | S | 8d | 3.46 | . |
6 | S | 8d | 9 | S | 8d | 3.41 | . |
6 | S | 8d | 10 | S | 8d | 6.12 | . |
6 | S | 8d | 11 | S | 8d | 3.41 | . |
6 | S | 8d | 12 | S | 8d | 4.80 | . |
7 | S | 8d | 8 | S | 8d | 3.41 | . |
7 | S | 8d | 9 | S | 8d | 4.80 | . |
7 | S | 8d | 10 | S | 8d | 3.41 | . |
7 | S | 8d | 11 | S | 8d | 6.12 | . |
7 | S | 8d | 12 | S | 8d | 3.41 | . |
8 | S | 8d | 9 | S | 8d | 3.41 | . |
8 | S | 8d | 10 | S | 8d | 4.80 | . |
8 | S | 8d | 11 | S | 8d | 3.41 | . |
8 | S | 8d | 12 | S | 8d | 6.12 | . |
9 | S | 8d | 10 | S | 8d | 3.41 | . |
9 | S | 8d | 11 | S | 8d | 3.46 | . |
9 | S | 8d | 12 | S | 8d | 3.41 | . |
10 | S | 8d | 11 | S | 8d | 3.41 | . |
10 | S | 8d | 12 | S | 8d | 3.46 | . |
11 | S | 8d | 12 | S | 8d | 3.41 | . |
DFT calculations |
|
LMTO-GF calculations |
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References |
Materials Project: mvc-11047 |